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Showing 1 to 4 of 4 for “"Single Frequency Laser"”.

  1. GaN-based distributed feedback laser diodes and their applications

    … there has been an increasing push to develop single frequency laser diodes (LDs) operating in the visible region of the electromagnetic spectrum, arising from the various potential applications, most notably in atomic cooling, visible light communication (VLC), medical diagnostics, and …

    qu-belfast Repository record for GaN-based distributed feedback laser diodes and their applications (opens in a new tab)

  2. HIGH POWER PULSED FIBER LASER SOURCES AND THEIR USE IN TERAHERTZ GENERATION

    … the development of high power pulsed fiber laser systems. These systems utilize phosphate glass fiber for active elements, instead of the industry-standard silica fiber. Because the phosphate glass allows for much higher doping of rare-earth ions than silica fibers, much shorter phosphate …

    arizona-thes Repository record for HIGH POWER PULSED FIBER LASER SOURCES AND THEIR USE IN TERAHERTZ GENERATION (opens in a new tab)

  3. Laserstrahlquellen auf Basis eines neuartigen Neodym-dotierten Mischgranats für Wasserdampf-DIAL-Systeme bei 935 nm

    … Absorption LIDAR (DIAL) technique pulsed single frequency laser sources are required which can be tuned to certain absorption lines of that gas. A special set of four wavelengths between 935.561 and 935.906 nm is beneficial for spaceborne measurements of atmospheric water vapor density …

    aachen Repository record for Laserstrahlquellen auf Basis eines neuartigen Neodym-dotierten Mischgranats für Wasserdampf-DIAL-Systeme bei 935 nm (opens in a new tab)

  4. Suppression of disorder-induced scattering in optomechanical systems

    … in a high-Q optical cavity pumped by a single-frequency laser through parity-selective optomechanics. Such optomechanical interaction is achieved by Brillouin scattering, owing to the phase-matching condition. This method enables complete linear optical isolation without requiring …

    uiuc Repository record for Suppression of disorder-induced scattering in optomechanical systems (opens in a new tab)